product detail
Main Technical Parameters
| Metric Unit | Imperial Unit | Metric Unit | Imperial Unit | ||
| Weight | 52000 kg | 114640 lbs | Machine Size (LxWxH) | 18260 × 3200 × 3600mm | 718 × 126 × 142 in |
| Max.Thrust&Pullback Force | 3000 KN | 674442 lbf | Max.Thrust&Pullback Speed | 35 m/min | 114.83 ft/min |
| Max.Torque | 100000 N·m | 73756 ft·lb | Max.Rotation Speed | 95 r/min | 95 rpm |
| Engine Power | 2 × 264 kW | 2 × 354 hp | Max.Climbing Gradient | 18° | 18° |
| Walking Speed | 3–5km/h | 1.86–3.11mph | Crane Capacity | 5 Metric Tons | 5.51 Short Tons |
| Entry Angle | 9° - 22° | 9° - 22° | Suggest Crossing Length | ≤2000 m | ≤ 6561 ft |
| Drill Rod Size | Φ140/Φ168×9600 mm | Φ5.51"/Φ6.61" × 377.95 in | Recommended Reaming Diameter | ≤ Φ1800mm | ≤ Φ70.87 in |
The main performance characteristics are as follows:
- The hydraulic system is comprised of the following components: The push-pull, rotation, and traveling functions are all operated via a closed system with electro-hydraulic proportional control.
- The configuration of the double power system allows for the flexibility to meet the demands of different working conditions, with the option of either double or single engine operation. In the event of a hydraulic system or engine failure, the remaining system can continue to operate normally, ensuring the safety of construction operations.
- The front and rear clamps can be separated, and the gripper floats throughout, providing enhanced flexibility.
- The floating spindle is beneficial for protecting drilling rod screws.
- The floating beam is conducive to climbing and transportation, and the angle of incidence can be easily adjusted.
- The proportional line control walking system ensures the safety of the walking, loading, and unloading processes for both the machine and the operator.
- The electronic control handle is simple, reliable, and highly sensitive.
- The vehicle cab space is wide and the adjustable seat provides more comfort for the operator.
- To enhance the operational capacity of the equipment, the hydraulic system features a large flow, high-pressure design and a valley mechanical configuration.
- The hydraulic system employs a high-flow and high-pressure design to boost the equipment's performance and is equipped with a cartridge control valve manifold, developed by Gudeng Machinery.
- The system pressure loss can be reduced by approximately 50%.
- Goodeng Machinery's electro-hydraulic joint control system enables adaptive control of the host machine to different working conditions and geological conditions, improving the construction of the host machine.
- The self-adaptive control of the host for different working conditions and geology can improve the construction efficiency of the host by approximately 30%. The system is set up in two modes: automatic operation and manual operation.